Enhanced tolerance of Saccharomyces cerevisiae to multiple lignocellulose-derived inhibitors through modulation of spermidine contents

Engineering & Materials Science

• Yeast 73%
• Modulation 47%
• Strain control 45%
• Biofuels 34%
• Fermentation 34%
• Genes 29%
• Biosynthetic Pathways 29%
• Polyamines 25%
• Carrier Proteins 24%
• Biosynthesis 24%
• Furfural 23%
• Acetic acid 20%
• Microorganisms 18%
• Cells 15%
• Derivatives 12%
• Economics 9%
• Feedback 9%

Medicine & Life Sciences

• lignocellulose 100%
• Spermidine 80%
• Saccharomyces cerevisiae 57%
• Biofuels 14%
• Fermentation 10%
• ornithine decarboxylase antizyme 9%
• Furaldehyde 8%
• furan 7%
• Ornithine Decarboxylase 6%
• Biosynthetic Pathways 6%
• Phenotype 6%
• Polyamines 6%
• purine 5%
• Acetic Acid 5%
• Cell Wall 5%
• Chromatin 4%
• Carrier Proteins 4%
• Yeasts 4%
• Economics 4%
• Poisons 3%
• Gene Expression 3%
• Genes 2%

Chemical Compounds

• Spermidine 76%
• Strain 25%
• Ornithine 13%
• Fermentation 9%
• Metabolic 8%
• Furfural 5%
• Biofuel 5%
• Polyamine 5%
• Purine 5%
• Furan 4%
• Biosynthesis 4%
• Acetic Acid 3%
• Toxic 3%
• Amount 2%
• Protein 2%